Phoenix Contact 6-PUR/S15FS PE, SAC-6P-S15MS/ 0 Power 6 x 2.5 mm² 6 Core Power Cable, Black Polyurethane PUR, 600mm

The Phoenix Contact Power cable is designed to ensure a dependable power supply for various applications. Featuring a 6-position configuration, it caters to the needs of systems requiring durable and efficient connections. Manufactured with halogen-free PUR material, it is both environmentally friendly and robust, making it suitable for a wide range of industrial settings. The cable is crafted to withstand extreme temperatures and bending cycles, ensuring longevity and reliability under demanding conditions. With a length of 0.6 m, this cable provides flexible installation options, while its bayonet locking mechanism guarantees secure connectivity.

The Phoenix Contact Power cable is designed to ensure a dependable power supply for various applications. Featuring a 6-position configuration, it caters to the needs of systems requiring durable and efficient connections. Manufactured with halogen-free PUR material, it is both environmentally friendly and robust, making it suitable for a wide range of industrial settings. The cable is crafted to withstand extreme temperatures and bending cycles, ensuring longevity and reliability under demanding conditions. With a length of 0.6 m, this cable provides flexible installation options, while its bayonet locking mechanism guarantees secure connectivity.

The cable offers a high degree of protection against environmental factors such as dust and moistureA straightforward installation process with bayonet locking for secure connectionsEngineered to accommodate high bending cycles without compromising performanceResistant to mechanical stress, making it ideal for dynamic applications

The cable offers a high degree of protection against environmental factors such as dust and moistureA straightforward installation process with bayonet locking for secure connectionsEngineered to accommodate high bending cycles without compromising performanceResistant to mechanical stress, making it ideal for dynamic applications